Welcome to tMaths!

The youtube channel tMaths mainly focuses on a wide range of topics in Mathematics like Calculus, Engineering Mathematics, Discrete Mathematics, Complex Analysis, Real Analysis. This channel is maintained by Dr. Tathagata Mandal, PhD in Mathematics, IISER Pune, Postdocs @ IIT Kanpur and ISI Kolkata.

My Website: https://www.tmaths.net/

Integral of e^(-x^2) from 0 to Infinity | Find Integral ∫_0^∞ e^-x^2 dx
2:42
Integral of e^(-x^2) from 0 to Infinity | Find Integral ∫_0^∞ e^-x^2 dx
Value of Gamma(1/2) | Gamma Function | Γ(1/2) Value
3:20
Value of Gamma(1/2) | Gamma Function | Γ(1/2) Value
Find the Value of Beta(1/2 2) | Beta Function | B(1/2,1/2) Value
2:00
Find the Value of Beta(1/2 2) | Beta Function | B(1/2,1/2) Value
Laplace Transform of 1 by Definition
2:09
Laplace Transform of 1 by Definition
What is the Laplace Transform of 2? | Laplace of 2 | Find L{2}
0:35
What is the Laplace Transform of 2? | Laplace of 2 | Find L{2}
What is the Laplace Transform of 1? (Laplace of 1) | Find L{1}
0:35
What is the Laplace Transform of 1? (Laplace of 1) | Find L{1}
[Solved] What is the Laplace Transform of 0? | L{0} | Laplace of 0
0:41
[Solved] What is the Laplace Transform of 0? | L{0} | Laplace of 0
Show f(z)=√|xy| satisfies C-R Equations but not Differentiable at z=0
6:12
Show f(z)=√|xy| satisfies C-R Equations but not Differentiable at z=0
Find the Radius of Convergence of ∑(n!/n^n)x^n | Power Series | Interval of Convergence
3:28
Find the Radius of Convergence of ∑(n!/n^n)x^n | Power Series | Interval of Convergence
Find the Order of Poles and Residues at those Poles: f(z) = 1/z^2(z^2-1)
5:46
Find the Order of Poles and Residues at those Poles: f(z) = 1/z^2(z^2-1)
Show f(z)=Im(z)/|z| is not continuous at z=0
3:01
Show f(z)=Im(z)/|z| is not continuous at z=0
Limit of the sequence {(n/n-1)^n} | Convergence of the sequence {(n/n-1)^n}
1:51
Limit of the sequence {(n/n-1)^n} | Convergence of the sequence {(n/n-1)^n}
Test the convergence of the series ∑[n/(n-1)]^n^2
2:32
Test the convergence of the series ∑[n/(n-1)]^n^2
Test the convergence of the series ∑1/n sin(1/n) | Limit Comparison Test
2:40
Test the convergence of the series ∑1/n sin(1/n) | Limit Comparison Test
Test the convergence of ∑ sin(1/n) | Example of Limit comparison test
2:39
Test the convergence of ∑ sin(1/n) | Example of Limit comparison test
How to Find Double Integral: ∫∫e^(x+y) dy dx , both x, y range from 0 to 1
2:35
How to Find Double Integral: ∫∫e^(x+y) dy dx , both x, y range from 0 to 1
Solve dy/dx=(x+y)/x | Homogeneous differential equation: xdy = (x+y)dx Solve
2:29
Solve dy/dx=(x+y)/x | Homogeneous differential equation: xdy = (x+y)dx Solve
Solve dy/dx=e^(2x+y) | Separable Differential Equation
1:32
Solve dy/dx=e^(2x+y) | Separable Differential Equation
Solve ydx=2(x+y)dy | Homogeneous Differential Equation
3:15
Solve ydx=2(x+y)dy | Homogeneous Differential Equation
Square Root of 10 | Estimate Root 10 | Simplified Radical Form
1:25
Square Root of 10 | Estimate Root 10 | Simplified Radical Form
114 divided by 3 (114÷3) | Divide 114 by 3
0:57
114 divided by 3 (114÷3) | Divide 114 by 3
117 divided by 3 (117÷3) | Divide 117 by 3
0:56
117 divided by 3 (117÷3) | Divide 117 by 3
Simplify Square Root of 168 | Root 168 Simplified | Simplified Radical Form
1:02
Simplify Square Root of 168 | Root 168 Simplified | Simplified Radical Form
Simplify Square Root of 160 | Root 160 Simplified | Simplified Radical Form
1:13
Simplify Square Root of 160 | Root 160 Simplified | Simplified Radical Form
130 divided by 2 (130÷2) | Divide 130 by 2
0:54
130 divided by 2 (130÷2) | Divide 130 by 2
110 divided by 2 (110÷2) | Divide 110 by 2
0:55
110 divided by 2 (110÷2) | Divide 110 by 2
Simplify Square Root of 175 | Root 175 Simplified | Simplified Radical Form
1:11
Simplify Square Root of 175 | Root 175 Simplified | Simplified Radical Form
160 divided by 10 (160÷10) | Divide 160 by 10
0:52
160 divided by 10 (160÷10) | Divide 160 by 10
140 divided by 10 (140÷10) | Divide 140 by 10
0:50
140 divided by 10 (140÷10) | Divide 140 by 10
132 divided by 4 (132÷4) | Divide 132 by 4
0:55
132 divided by 4 (132÷4) | Divide 132 by 4